The phrase "achieved while guaranteeing" is correct and usable in written English.
It can be used when discussing outcomes or results that are accomplished alongside a commitment to ensure certain conditions or standards are met.
Example: "The project was successfully achieved while guaranteeing the highest quality standards throughout the process."
Alternatives: "accomplished while ensuring" or "attained while securing".
The proposed MPC approach is assessed via examples demonstrating that a good trade-off between computational efficiency and conservatism can be achieved while guaranteeing constraint satisfaction and asymptotic stability.
Note that such energy saving is achieved while guaranteeing reliable communication in the network.
We demonstrate that for realistic macrocell/femtocell deployment scenarios, overall system throughput increase up to approximately 50% can be achieved while guaranteeing 70% of power savings.
Therefore, the horizontal and vertical social relationship between users can be more accurately evaluated after the logical structure detection, and the data forwarding decision can be reasonably achieved while guaranteeing high data transmission efficiency and delivery ratio.
Simulation results show that the proposed scheme achieves more than 90% of the maximum (global) system throughput that is achieved at saturation, while guaranteeing low collision rates.
Conclusion: Complying with working hour regulations improves the quality of a resident's life and can be achieved while maintaining procedural experience and guaranteeing academic development.
To achieve design goals faster while guaranteeing system safety, the correct reuse of existing subsystems is essential.
In order to achieve higher bandwidth efficiency while guaranteeing the same diversity order as that of conventional cooperative schemes, the authors of [19] proposed a new cooperative communication protocol, where the source determines whether cooperation with one relay is beneficial or not under multi‐node DF cooperative scenarios, i.e., 'when to cooperate?' and 'whom to cooperate with?'.
The sensitivity and specificity values shown by the RADAR are in accordance with the general expectations of a screening tool: achieving fairly high sensitivity while guaranteeing appropriate clinical specificity.
We aim at maximizing the weighted sum of the achieved PU and SU rates while guaranteeing the minimum PU rate, i.e., the optimization problem can be written as Maximize f γ = μ C PU + 1 − μ C SU ⋅ (13).
We show that CIA achieves a non-negligible throughput while guaranteeing the performance of the OFDM transmission.
